Attachement 2 - Q and A.pdf

Attachment 2 – Q&A

1. Same wire size on the LoadBreak Elbows? Are there any wire specs available / need to adhere to?

Yes, 750 KCmil for the 600amp elbows. And we are still working on the correct size for the 200 amp cables

2. Do you want a quote for the KS23 OR KS29 for Copper Split Bolts By Burndy?

KS23

3. For the elbows can you provide some additional info to make an accurate recommendation (insulation outer diameter in inches, conductor type-copper or aluminum, stranded/compressed or solid/compact, copper tape shield or concentric neutral)?

750 KCMIL, 1.37-1.52 in, Copper, stranded, concentric neutral.

4. We will need the cable data sheets to right-size all the elbow components

ISB215 200A 15kV parking stand LPC215 200A 15kV protective cap LE215xxyyT 200A 15kV loadbreak elbow BT625xxS4A1T 600A 15/25kV deadbreak elbow, 750mcm shearbolt ISB625A 600A 15/25kV insulated standoff bushing

See sheets below

Catalog Data

CA650003EN

Effective June 2023 Supersedes November 2022

General Eaton terminates high-voltage underground cable on deadfront apparatus such as transformers, switches, and switchgear with its Cooper PowerE series 600/900 A, 15/25 kV Class BOL-TE deadbreak connector. It is fully shielded and submersible and meets the requirements of IEEET Std 386E-2016— “Separable Insulated Connector Systems.”

The capacitive test point on the insulating plug provides a means of testing the circuit without disturbing the bolted connection.

In addition to the capacitive test point feature on the insulating plug, Eaton offers an optional capacitive test point similar to its Cooper Power series 200 A elbows. This allows the use of the Type “TPR” faulted circuit indicators and provides a hotstick operable means of determining circuit condition when used with high-impedance voltage sensing devices designed for test points.

The BOL-T is rated to 600 A continuous current when used with aluminum connectors. It is rated to 900 A or a shear bolt are selected using the catalog numbering system.

BOL-T connectors are designed for use on solid dielectric cable (XLPE or EPR) with extruded semi-conductive shields and concentric neutral, with or without a jacket.

Installation on jacketed concentric neutral cable may require additional sealing material. Cold shrinkable adapters are available for tape shield, linear corrugated and drain wire cable adaptation for use with deadbreak connectors.

600/900 A, 15/25 kV Class BOL-T deadbreak connector

COOPER POWER

SERIES

Catalog Data CA650003EN Effective June 2023

600/900 A, 15/25 kV Class BOL-T deadbreak connector

EATON www.eaton.com

900 A rating The BOL-T connector is rated for 900 A continuous when used with a coppertop compression connector or shear bolt, copper insulating plug, copper stud, and copper bushing or junction. If a 900 A rating is desired, specify a “C” as the 10th digit when determining the part number. See Step 3 on page 5.

Interchangeability Eaton’s Cooper Power series 600 A deadbreak connectors conform to the electrical, mechanical, and dimensional requirements of IEEE Std 386-2016. The connectors can be used on any comparably rated bushing interface that also meets the requirements of this standard. In addition, all cable adapters, insulating plugs, compression connectors, and other component parts are designed to be interchangeable with those currently available from other major manufacturers that also comply with IEEE Std 386-2016.

Installation A torque wrench and 1-inch socket are used to tighten the insulating plug through the compression or shear bolt connector within the T-body onto a de-energized 600 A bushing interface.

Refer to Service Information MN650005EN 600 A 15/25 kV Class BOL-T and Separable Splice Connector Assembly Installation Instructions for details.

Production tests Tests conducted in accordance with IEEE Std 386-2016:

• ac 60 Hz 1-minute withstand

• 40 kV

• Minimum partial discharge extinction voltage

• 19 kV

Tests conducted in accordance with Eaton re quire ments:

• Physical in spec tion

• Periodic dissection

• Periodic X-ray analysis

Table 1. Voltage ratings and characteristics

Description kV

Standard voltage class 25 Maximum rating phase-to-ground 15.2 ac 60 Hz 1-minute withstand 40 dc 15-minute withstand 78 BIL and full wave crest 125 Minimum partial discharge extinction voltage 19 ote: N Voltage ratings and characteristics are in accordance with IEEE Std 386-2016.

Table 2. Current ratings and characteristics Description Amperes

Continuous 600 A rms (aluminum) 900 A rms (copper or shear bolt) 4-hour overload 900 A rms (aluminum) 1200 A rms (copper or shear bolt) Short time (aluminum) 40,000 A rms symmetrical for 0.17 s

27,000 A rms symmetrical for 4 s Short time (copper or shear bolt)

40,000 A rms symmetrical for 0.17 s 27,000 A rms symmetrical for 4 s ote: N Current ratings and characteristics are in ac cor dance with IEEE Std 386-2016.

Effective June 2023

600/900 A, 15/25 kV Class BOL-T deadbreak connector

EATON www.eaton.com

Features and benefits

9.60 (244.0)

12.50 (318.0)

Semi-conducting shield Precision-molded peroxide-cured semi-conducting shield provides ground shield continuity and meets the requirements of IEEE Std 592E-2007.

Compression connector (Compression connector pictured) Aluminum compression connector is sized to ensure a cool-running connector with maximum current transfer.

EPDM insulation High-quality peroxide-cured EPDM insulation.

Cable adapter Molded cable adapter, sized to fit cable insulation diameters from 0.640 to 1.965 inches (16.3 to 49.9 mm), provides stress relief for the terminated cable.

Capacitive test point Optional capacitive test point on molded T-body with snap-on cap provides a shielded, hotstick operable means to determine circuit condition when used with high-impedance voltage sensing devices designed for capacitive test points and a place to mount Eaton's Cooper Power series TPR faulted circuit indicators.

Semi-conducting insert Molded semi-conducting peroxide-cured insert provides corona-free electrostatic shielding of the compression connector.

Drain wire tab Drain wire tab provides a convenient point to connect a drain wire to ensure grounding of the connector shield.

Insulating plug Molded epoxy insulating plug provides excellent electrical, thermal, and mechanical reliability.

Insulating plug cap Semi-conducting rubber cap fits over insulating plug test point for waterproof seal and deadfront shielding.

Hex head One-inch hex head is used to tighten the connection.

T-body Molded T-body adapts to all cable sizes and provides a deadfront shielded connection.

Figure 1. BOL-T cutaway design features ote: N Dimensions are in inches (mm) and are for reference only.

Effective June 2023

600/900 A, 15/25 kV Class BOL-T deadbreak connector

EATON www.eaton.com

Optional features Coppertop compression connectors Coppertop compression connectors (aluminum sleeve welded to a copper spade) provide a high-conductivity material in a bolted connection and are compatible with aluminum or copper conductors.

Shear bolt connectors Bolted cable lug is fitted with stepless bolts, which shear off when optimum contact force has been reached. Provide electrical continuity for copper and aluminum conductors while eliminating need for dies and compression tools.

Shear bolt connector

All copper current path A full copper current-carrying path can be obtained by specifying a coppertop compression connector, copper stud, and copper insulating plug.

S2 S3 S4

S5 15/25 kV S2—0.50 (13.0) S3—3.90 (98.0) S4—1.50 (38.0) S5—2.40 (61.0)

Figure 2. BOL-T stacking dimensions in inches (mm)

Ordering information Each BOL-T connector kit contains:

• Molded rubber T-body

• Insulating plug

• Insulating plug cap

• Compression or shear bolt connector

• Cable adapter

• Silicone lubricant

• Installation instruction sheet

To order a 15/25 kV Class BOL-T connector kit, see following Steps 1–5 to build the catalog number.

BOL-T connector kit—catalog numbering system Build the 12-digit catalog number for a BOL-T kit by following the steps given below. The first 5 digits are “BT625”, so only digits 6 through 12 need to be selected.

1 2 3 4 5 6 7 8 9 10 11 12

B T 6 2 5

Catalog number digits:

1 and 2 — “BT” = BOL-T connector system

3 — “6” = 600 A system

4 and 5 — “25” = 25 kV class bushing interface

Step 1. Select digits 6 and 7 cable adapter range code

Determine the cable’s diameter over the electrical insulation as shown in Figure 3 (including tolerances).

Then identify a cable range from Table 3 that covers the minimum and maximum insulation diameters.

Select the correct cable adapter range code from Table 3.

Table 3. Cable diameter range

Inches mm Cable adapter range code

0.61–0.97 15.5–24.6 AB

0.75–1.08 19.1–27.4 CC

0.97–1.31 24.6–33.3 DD

1.09–1.47 27.7–37.3 EE

1.26–1.64 32.0–41.7 FF

1.36–1.71 34.5–43.4 GG

1.51–1.85 38.4–47.0 HH

1.70–1.97 43.2–50.0 JJ

Effective June 2023

600/900 A, 15/25 kV Class BOL-T deadbreak connector

EATON www.eaton.com

Step 2. Select digits 8 and 9 conductor code

Identify the conductor size and type in Table 4 (compression) or Table 5 (shear bolt) and select the conductor code from the appropriate column.

Table 4. Compression connector Concentric or compressed Compact or solid

Conductor codeAWG or kcmil mm2 AWG or kcmil mm2

No connector 00 #2 35 1 — 11 #1 — 1/0 50 12 1/0 50 2/0 70 13 2/0 70 3/0 — 14 3/0 — 4/0 95 15 4/0 95 250 120 16 250 120 300 — 17 300 — 350 — 18 350 — 400 185 19 400 185 450 — 20 450 — 500 240 21 500 240 600 300 22 600 300 700 — 23 650 — 750 — 24 750 — 900 — 25 900 — 1000 500 26 1000 500 — — 27 1250 630 1250 — 28

Table 5. Shear bolt connector Cable conductor size

Conductor code

Catalog number

AWG or kcmil mm2 standard sizesCompact Compressed Concentric

1/0 1/0 1/0 50 S1 CDT630SB150

2/0 2/0 2/0 70 3/0 3/0 3/0 — 4/0 4/0 4/0 95 250 250 250 120 350 — — 150

— 350 350 185 S3 CDT630SB300

500 500 500 240 600 600 600 300 700 — — —

— 700 700 — S4 CDT630SB400

750 750 750 — 800 800 — 400 900 — — —

— — 800 — S5 CDT900SB500

— 900 900 — 1000 1000 1000 500

Step 3. Select digit 10

Determine whether aluminum or copper is required for the compression connector, stud, and deadbreak insulating plug.

“A” = Aluminum (shear bolt or compression connector)

“C” = Copper mating components (shear bolt or coppertop compression connector) (required to achieve 900 A rating)

Step 4. Select digit 11

Determine if a stud should be included in the kit.

“1” = Stud included

“2” = Stud not included

Step 5. Select digit 12 (optional)

Determine if the T-body should have a test point.

“T” = Test point on T-body

If no test point is required, do not include a 12th digit.

Example Select a BOL-T kit for 250 kcmil compressed cable with a nominal insulation diameter of 1.160 ± 0.030 inches. The kit should have aluminum current-carrying parts and should have a stud included. The T-body should have a test point.

Step 1. Select digits 6 and 7

Nominal diameter over insulation is 1.160 ± 0.030 inches.

Minimum diameter = 1.160 – 0.030 = 1.130 inches.

Maximum diameter = 1.160 + 0.030 = 1.190 inches.

From Table 3, identify the cable range that covers 1.130–1.190 inches and select the “EE” cable range code.

Step 2. Select digits 8 and 9

The conductor size is 250 kcmil compressed. From Table 4, under the column “Concentric or compressed,” identify 250 kcmil and select the “17” conductor code.

Step 3. Select digit 10

The kit should have aluminum current-carrying parts.

Select an “A” for digit 10.

Step 4. Select digit 11

The kit should include a stud. Select “1” for digit 11.

Step 5. Select digit 12

A test point is needed. Use “T” for digit 12.

The complete catalog number is: BT625EE17A1T.

Effective June 2023

600/900 A, 15/25 kV Class BOL-T deadbreak connector

EATON www.eaton.com

Outer jacket

ConductorInsulation Conductor shield

Metal neutral or shield Insulation shield Diameter over insulation

Figure 3. Typical construction of medium-voltage underground cable

Accessories Cable adapters, compression connectors, and other accessories that can be used with BOL-T connectors are described in Catalog Data CA650007EN, “Deadbreak accessories, tools, and replacement parts.”

Table 6. Replacement parts Description Catalog number

T-body without test point DT625 T-body with test point DT625T T-body without test point with aluminum stud DT625SA T-body without test point with copper stud DT625SC T-body with test point with aluminum stud DT625TSA T-body with test point with copper stud DT625TSC Insulating plug cap DIPCAP Aluminum insulating plug with cap (no stud) DIP625A Copper insulating plug with cap (no stud) DIP625C Aluminum insulating plug with cap and aluminum stud DIP625AS Copper insulating plug with cap and copper stud DIP625CS 5/8-inch—11 UNC 2 A aluminum threaded stud STUD-A 5/8-inch—11 UNC 2 A copper threaded stud STUD-C

Effective June 2023

600/900 A, 15/25 kV Class BOL-T deadbreak connector

EATON www.eaton.com

Eaton 1000 Eaton Boulevard Cleveland, OH 44122 United States Eaton.com

Eaton’s Power Systems Division 2300 Badger Drive Waukesha, WI 53188 United States Eaton.com/cooperpowerseries

© 2023 Eaton All Rights Reserved Printed in USA Publication No. CA650003EN / Z27614 June 2023

Eaton is a registered trademark.

All other trademarks are property of their respective owners.

600/900 A, 15/25 kV Class BOL-T deadbreak connector

Effective June 2023

Photo is representative

Eaton ISB215

Eaton Cooper Power series insulated standoff bushing, EPDM rubber, 15 kV, Phase to ground: 8.3 kV, AC 1 min: 34 kV, DC 15 min: 53 kV, BIL: 95 kV, Corona: 11 kV, 200 A, Individual box kit

General specifications

PRODUCT NAME

Eaton Cooper Power series insulated standoff bushing

CATALOG NUMBER ISB215

UPC 194006000420

PRODUCT

LENGTH/DEPTH

6.3 in

PRODUCT HEIGHT 6.5 in

PRODUCT WIDTH 3.1 in

PRODUCT WEIGHT 2.535 lb

COMPLIANCES Not Applicable

CERTIFICATIONS IEEE Std 386

Specifications

Additional Specifications

PACKAGING Individual box kit

TYPE Insulated standoff bushing

Descriptions

MATERIAL EPDM rubber

Electrical Ratings

AC 1 MINUTE VOLTAGE

WITHSTAND

34 kV

BASIC IMPULSE LEVEL 95 kV

CURRENT RATING 200 A

MAXIMUM RATING

PHASE-TO-GROUND

8.3 kV

STANDARD VOLTAGE

CLASS

15 kV

Resources

SPECIFICATIONS AND

DATASHEETS

Eaton Specification Sheet -

ISB215

Line installation and protective equipment specifiers guide

PROJECT NAME:

PROJECT NUMBER:

PREPARED BY:

DATE:

Eaton Corporation plc Eaton House 30 Pembroke Road Dublin 4, Ireland Eaton.com

© 2025 Eaton. All Rights Reserved.

Follow us on social media to get the latest product and support information.

Eaton ISB625A

Eaton Cooper Power series insulated standoff bushing, EPDM rubber, 15/25 kV, Phase to ground: 15.2 kV, AC 1 min: 40 kV, DC 15 min: 78 kV, BIL: 125 kV, Corona: 19 kV, 600 A, Individual box kit

General specifications

PRODUCT NAME

Eaton Cooper Power series insulated standoff bushing

CATALOG NUMBER ISB625A

UPC 194006001229

PRODUCT

LENGTH/DEPTH

5.4 in

PRODUCT HEIGHT 5.6 in

PRODUCT WIDTH 4 in

PRODUCT WEIGHT 1.94 lb

COMPLIANCES Not Applicable

CERTIFICATIONS IEEE Std 386

Specifications

Additional Specifications

PACKAGING Individual box kit

TYPE Insulated standoff bushing

Descriptions

MATERIAL EPDM rubber

Electrical Ratings

AC 1 MINUTE VOLTAGE

WITHSTAND

40 kV

BASIC IMPULSE LEVEL 125 kV

CURRENT RATING 600 A

MAXIMUM RATING

PHASE-TO-GROUND

15.2 kV

STANDARD VOLTAGE

CLASS

15/25 kV

Resources

SPECIFICATIONS AND

DATASHEETS

Eaton Specification Sheet -

ISB625A

Line installation and protective equipment specifiers guide

PROJECT NAME:

PROJECT NUMBER:

PREPARED BY:

DATE:

Eaton Corporation plc Eaton House 30 Pembroke Road Dublin 4, Ireland Eaton.com

© 2025 Eaton. All Rights Reserved.

Follow us on social media to get the latest product and support information.

General Eaton's Cooper Power™ series insulated protective cap is an accessory device designed to electrically insulate and mechanically seal loadbreak bushing inter-faces. When mated to a loadbreak product and the drain wire is attached to ground, the insulated protective cap provides a fully shielded, submersible insulating cover for energized bushings. The cap can be used for permanent or temporary installation on bushings, junctions or feedthru devices that meet the requirements of IEEE Std 386™- 2006 standard.

Installation No special tools are required. A shotgun stick tool is used to place the protective cap on an exposed bushing interface. Refer to Service Information S500-21-1 200 A 15, 25, and 35 kV Class Insulated Protective Cap Installation Instructions for details.

Production tests Tests are conducted in accordance with IEEE Std 386™-2006 standard.

• AC 60 Hz 1 Minute Withstand

• 34 kV

• Minimum Corona Voltage Level

• 11 kV

Tests are conducted in accordance with Eaton requirements.

• Physical Inspection

• Periodic Dissection

• Periodic Fluoroscopic Analysis

200 A 15 kV class insulated protective cap

Loadbreeak Connectors

CA650076EN

Effective November 2015 Supersedes 500-21 April 1996

Ordering information To order the 15 kV Class Insulated Protective Cap Kit, refer to Table 2.

Each kit contains:

• Protective Cap with stranded copper ground wire

• Silicone Lubricant

• Installation Instruction Sheet

Features and detailed description

Figure 1. Illustration shows construction of insulated protective cap.

SEMI-CONDUCTIVE SHIELD

Molded semi-conductive EPDM shield meets requirements of ANSI/IEEE Standard 592.

LATCHING RING

Semi-conductive molded locking ring locks cap onto nose piece of mating interface.

GROUNDING WIRE AND

GROUNDING EYE

48-Inch, #14 AWG stranded copper ground wire is tin plated and ensures dead-front construction when tied off to ground.

GROUNDING EYE

(Optional for larger grounding wire)

PULLING EYE

Stainless steel reinforced pulling eye ensures high strength for shotgun stick operation.

SEMI-CONDUCTIVE INSERT

Semi-conductive insert is molded of semi-conductive EPDM and controls electrical stresses at nose of mating loadbreak product.

PROBE

Probe provides reliable conductive path with mating female contacts.EPDM INSULATION

High quality peroxide cured EPDM insulation is mixed and formulated in-house for complete control of insulating rubber characteristics.

Figure 2. 15 kV insulated protective cap profile and stacking dimensions.

02.82 (71.5 mm)

S3 = 2.15 (54.5 mm)

Table 1. Voltage Ratings and Characteristics

Description kV

Standard Voltage Class 15

Maximum Rating Phase-to-Phase 14.4

Maximum Rating Phase-to-Ground 8.3

AC 60 Hz 1 Minute Withstand 34

DC 15 Minute Withstand 53

BIL and Full Wave Crest 95

Minimum Corona Voltage Level 11

Table 2. Insulated Protective Cap Kit

Description Catalog Number

Protective Cap LPC 215

Voltage ratings and characteristics are in accordance with IEEE Std 386™-2006.

Eaton is a registered trademark.

All other trademarks are property of their respective owners.

200 A 15 kV class insulated protective capCatalog Data CA650076EN Effective November 2015

Eaton 1000 Eaton Boulevard Cleveland, OH 44122 United States Eaton.com

Eaton’s Cooper Power Systems Division 2300 Badger Drive Waukesha, WI 53188 United States Eaton.com/cooperpowerseries

© 2015 Eaton All Rights Reserved Printed in USA Publication No. CA650076EN

For Eaton's Cooper Power series product information call 1-877-277-4636 or visit:

www.eaton.com/cooperpowerseries.

General Eaton’s Cooper Power™ series loadbreak elbow connector is a fully-shielded and insulated plug-in termination for connecting underground cable to transformers, switching cabinets and junctions equipped with loadbreak bushings. The elbow connector and bushing insert comprise the essential components of all loadbreak connections.

The loadbreak elbow connector is a fully rated 200 A switching device, designed in accordance to IEEE Std 386™-2006 standard.

Eaton’s loadbreak elbows are molded using high quality peroxide-cured insulating and semi-conducting EPDM rubber. Standard features include a coppertop connector, tin-plated copper loadbreak probe with an ablative arc-follower tip and stainless steel reinforced pulling-eye. An optional capacitive test point, made of corrosion resistant plastic, is available for use with fault indicators (see Catalog Sections CA320002EN and

CA320003EN).

Cable ranges are designed to accept a wide range of cable conductor and insulation sizes with just three elbows and accommodate cable manufactured to either AEIC or ICEA standards.

The coppertop compression connector is a standard item to transition from the cable to the loadbreak probe. An aluminum crimp barrel is inertia-welded to a copper lug. The aluminum barrel makes the connector easy to crimp and the copper lug ensures a reliable, tight, cool operating connection with the loadbreak probe.

(Photo on left is shown with the integral jacket seal without test point. Photo on right is shown without jacket seal with test point.)

Optional integral jacket seal The optional integral jacket seal provides a quick and easy means to sealing the cable jacket to prevent moisture ingress. Our jacket seal is molded to the loadbreak elbow eliminating the need for separate cable sealing products. It’s available with braided ground strap/bleeder wire for terminating Tape shielded cable. (See Figure 4.)

200 A 15 kV class loadbreak elbow connector with optional integral jacket seal

Loadbreak Connectors Catalog Data

CA650062EN

Effective February 2019 Supersedes June 2015

Figure 1. Cutaway drawing shows design detail.

INSULATION

High-quality peroxide-cured EPDM rubber formulated, mixed, and milled in-house for consistent and reliable field performance.SEMI-CONDUCTIVE INSERT

High-quality peroxide-cured EPDM rubber creates a smooth surface around the “current interchange” to evenly distribute electrical stress within the insulation.

PULLING EYE

Stainless steel reinforced for positive hotstick switching operations.

TEST POINT (OPTIONAL)

Corrosion-resistant, conductive electrode provides consistent capacitive voltage for application of fault indicators and determining if the circuit is energized (cap not shown).

LOADBREAK BAND

UV resistant nylon band identifies the elbow as three-phase loadbreak rated and is field replaceable.

CONDUCTIVE INSERT ENDS

Encapsulated with insulating rubber. Reduces cable extrusion and distortion that can be caused by thermocycling. Mitigates the effects of the electrical stresses along the cable to elbow interface, greatly reducing the possibility of interface tracking.

LOADBREAK PROBE

Tin-plated copper probe with arc-ablative tip (arc follower) provides dependable loadbreak switching characteristics.

COPPERTOP COMPRESSION CONNECTOR

Inertia-welded aluminum barrel and threaded copper lug makes crimping easy and ensures a tight, reliable electrical connection with loadbreak probe.

GROUNDING TABS

Molded into semi-conductive shield for the attachment of a ground wire to maintain deadfront safety.

SEMI-CONDUCTIVE SHIELD

High-quality peroxide-cured EPDM rubber provides protective deadfront shield that meets requirements of IEEE Std 592™-2007 standard.

OPTIONAL INTEGRAL JACKET SEAL

The optional integral jacket seal provides a quick and easy means to sealing the cable jacket to prevent moisture ingress. Also available with braided ground strap/bleeder wire for terminating tape shielded cable.

Catalog Data CA650062EN Effective February 2019

200 A 15 kV class loadbreak elbow connector with optional integral jacket seal www.eaton.com/cooperpowerseries

Figure 2. Elbow profile and stacking dimensions as referenced in IEEE Std 386™-2006 standard.

S4

S3

S6

S5 otee:N Dimensions given are for reference only.

S Dim. 15 kV S3 3.4” (86 mm) S4 4.2” (106 mm) S5 2.7” (68 mm) S6 1.2” (30 mm)

Installation Cable stripping and scoring tools, available from various tool manufacturers, are recommended for use when installing loadbreak elbows. After preparing the cable, the elbow housing is pushed onto the cable. The loadbreak probe is threaded into the coppertop connector using the supplied installation tool or an approved equivalent. Use a hotstick to perform loadmake and loadbreak operations. Refer to Installation Sheet MN650008EN for details.

Production tests Tests conducted in accordance with IEEE Std 386™-2006 standard:

• ac 60 Hz 1 Minute withstand

• 34 kV

• Minimum corona voltage leve

• 11 kV

• Test point voltage test

Tests conducted in accordance with Eaton requirements:

• Physical inspection

• Periodic dissection

• Periodic fluoroscopic analysis

Table 1. Voltage ratings and characteristics Description kV

Standard voltage class 15 Maximum rating phase-to-phase 14.4 Maximum rating phase-to-ground 8.3 ac 60 Hz 1 Minute withstand 34 dc 15 Minute withstand 53 BIL and Full wave crest 95 Minimum corona voltage level 11

Voltage ratings and characteristics are in accordance with IEEE Std 386™-2006 standard.

Table 2. Current ratings and characteristics Description Amperes

Continuous 200 A rms Switching 10 operations at 200 A rms at 14.4 kV Fault closure 10,000 A rms symmetrical at 14.4 kV for 0.17 s after 10 switching operations Short time 10,000 A rms symmetrical for 0.17 s

3,500 A rms symmetrical for 3.0 s

Current ratings and characteristics are in accordance with IEEE Std 386™-2006 standard.

Catalog Data CA650062EN Effective February 2019

200 A 15 kV class loadbreak elbow connector with

Ordering information The elbow kits are packaged in a heavy duty polyethylene bag. There are 20 bagged kits to a carton. Individual boxed kits are also available by special part number. To order a 15 kV Class loadbreak elbow kit follow the easy steps below.

Each kit contains:

• Standard Elbow Body or Elbow Body with

Jacket Seal

• Coppertop Compression Connector

• Loadbreak Probe

• Probe Installation Tool

• Silicone Lubricant

• Mastic Strips (Jacket Seal Elbow Only)

• Installation Instruction Sheet

STEP 1e: Determine the cable’s diameter over the electrical insulation as shown in Figure 3 (including tolerances) from cable manufacturer. Then identify a cable range from Table 3 that brackets the minimum and maximum insulation diameters.

Select the CABLE RANGE CODE from the far right column.

STEP 2e: Identify the conductor size and type in Table 4 and select the CONDUCTOR CODE from the far right column.

STEP 3e: For an elbow kit with a capacitive test point order:

For an integral jacket seal elbow kit with a capacitive test point order:

For an elbow kit without a capacitive test point order:

For an integral jacket seal elbow kit without a capacitive test point order:

For an elbow kit without a compression connector, use “00” for the conductor code.

For an elbow kit with a hold down bail assembly included, insert a “B” after the test point option code.

Step 4e: For optional braided ground strap/bleeder wire for terminating tape shielded cable, insert “GS” after test point and/or bail option code. (Integral Jacket Seal Elbow Only)

Step 5e: (Optional) For an elbow kit individually packaged in a corrugated cardboard box, insert an “X” as the last character in the part number.

Figure 3. Illustration showing typical construction of high voltage underground cable.

CABLE RANGE

CODE

CONDUCTOR

CODE

LE215 T

CABLE RANGE

CODE

CONDUCTOR

CODE

LE215

DIAMETER OVER

OUTER JACKET

METAL NEUTRAL

OR SHIELD

INSULATION

SHIELD

DIAMETER OVER

INSULATION

CONDUCTOR

CONDUCTOR

SHIELDOUTER JACKET

INSULATION

CABLE RANGE

CODE

CONDUCTOR

CODE

LEJ215 T

CABLE RANGE

CODE

CONDUCTOR

CODE

LEJ215

* Uses 5 kV cable adapter.

(For use with “CC” range elbow only.)

Table 3. Cable Range Code (Insulation Diameter) for Loadbreak Elbow

Inches Millimeters Cable Range Code

0.495” - 0.585” 12.6 - 14.9 CCA*

0.575” - 0.685” 14.6 - 17.4 CCB*

0.610” - 0.970” 15.5 - 24.6 AB

0.750” - 1.080” 19.1 - 27.4 CC

0.890” - 1.220” 22.6 - 30.0 DD

Catalog Data CA650062EN Effective February 2019

200 A 15 kV class loadbreak elbow connector with

Table 4. Conductor Size and Type

Class B Stranded or Compressed Compact or Solid

Conductor CodeAWG mm2 AWG mm2

No Connector 00

#6 16 #4 – 01

#4 – #3 25 02

#3 25 #2 35 03

#2 35 #1 – 04

#1 – 1/0 50 05

1/0 50 2/0 70 06

2/0 70 3/0 – 07

3/0 – 4/0 95 08

4/0 95 250 120 09

250* 120 300 – 10

* Compressed stranding only.

EXAMPLEe: Select an integral jacket seal elbow kit with a capacitive test point for use on a #1 compact cable with a minimum insulation diameter of 0.770” and a maximum diameter of 0.830”.

STEP 1e: From Table 3, identify the cable range 0.750”—1.080” and select the “CC” CABLE RANGE CODE.

STEP 2e: The conductor size is a #1 and the type is compact.

From Table 4, under the column “Compact or Solid” identify #1 and select the “04” conductor code.

STEP 3e: Order catalog number.

LEJ215CC04T

Catalog Data CA650062EN Effective February 2019

200 A 15 kV class loadbreak elbow connector with

Accessories

Figure 4. Braided ground strap accessories (see Table 6).

Figure 5. 5 kV cable adapter (see Table 6).

Figure 6. Optional bail assembly (see Table 6).

Table 5. Replacement 2.88” Long coppertop connectors

Conductor size

Catalog number

Concentric or Compressed Compact or Solid

AWG mm2 AWG mm2

#6 16 #4 – CC2C01T

#4 – #3 25 CC2C02T

#3 25 #2 35 CC2C03T

#2 35 #1 – CC2C04T

#1 – 1/0 50 CC2C05T

1/0 50 2/0 70 CC2C06T

2/0 70 3/0 – CC2C07T

3/0 – 4/0 95 CC2C08T

4/0 96 250 120 CC2C09T

250* 120 300 – CC2C10T

* Compressed stranding only.

Notee: Coppertop compression connector may be used on both aluminum and copper cable conductors.

Table 6. Replacement parts

Description Catalog number

Hold down bail assembly 2638351C01B

5 kV Cable Adapter (for use with “C” Elbow size only), .495” — .585” .575” — .685”

CA225A

CA225B

Loadbreak band (package of 25) 2639139B01B

Probe Kit (includes Probe, Installation Tool, Silicone Lubricant, Installation Instruction Sheet)

PK215

Loadbreak probe installation tool 2602733A01

Silicone Grease

0.175 oz tube (5 grams)

5.3 oz tube (150 grams)

2603393A03 2605670A02M

Includes ground braid, Constant force spring and mastic GRDBRAIDKIT

Catalog Data CA650062EN Effective February 2019

200 A 15 kV class loadbreak elbow connector with

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Catalog Data CA650062EN Effective February 2019

200 A 15 kV class loadbreak elbow connector with

Eaton is a registered trademark.

All other trademarks are property of their respective owners.

200 A 15 kV class loadbreak elbow connector with optional integral jacket seal

Catalog Data CA650062EN Effective February 2019

Eaton 1000 Eaton Boulevard Cleveland, OH 44122 United States Eaton.com

Eaton’s Power Systems Division 2300 Badger Drive Waukesha, WI 53188 United States Eaton.com/cooperpowerseries

© 2019 Eaton All Rights Reserved Printed in USA Publication No. CA650062EN February 2019

For Eaton's Cooper Power series loadbreak elbow connector product information call 1-877-277-4636 or visit:

www.eaton.com/cooperpowerseries.